The production of iron in blast furnaces is a complex of physical, chemical and mechanical processes. The input raw materials contain not only metallic components, but also a number of negative elements. The most important negative elements include alkaline carbonates. They can significantly affect the course of the blast furnace process and thus the overall performance of the furnace. As a result of that, it is essential to accurately monitor the alkali content in the blast furnace raw materials. The article analyzes the alkali content in input and output raw materials and their impact on the blast furnace process
22.00; Translated from Russian (Stal' 1987 (11) p. 53-55)Available from British Library Document Sup...
A series of adsorption - alkalization experiments were conducted in a muffle furnace on two types of...
The efficiency in use of reducing agents in blast furnace (BF) ironmaking has been significantly imp...
The production of iron in blast furnaces is a complex of physical, chemical and mechanical processes...
The main objectives of blast-furnace operators include maximum production of pig iron of required ch...
In blast furnace ironmaking one major challenge is to control and measure the alkalis circulating an...
Fundamentals of processes for redn. of carbonates and silicates to CO, K, Na, Si, SiO2 and FeO in bl...
It is widely recognized that alkali metals, such as, potassium and sodium can cause operational prob...
The present study concerns itself on the adverse effects of alkaline elements like sodium and potass...
The enrichment of alkali in the blast furnace has been proven to be a catalyst of coke gasification ...
Sintering process is a summary of physical, thermal, and physical-chemical processes taking place si...
A better understanding of the influence of raw material quality on furnace performance has formed ...
W artykule przedstawiono kształtowanie się zawartości alkaliów w próbkach węglowego i mikroporowateg...
This article analyzes the effect of zinc in the blast furnace process and it also analysis its conte...
The paper analyses the quality of raw materials used in the production of blast furnace pig iron. Th...
22.00; Translated from Russian (Stal' 1987 (11) p. 53-55)Available from British Library Document Sup...
A series of adsorption - alkalization experiments were conducted in a muffle furnace on two types of...
The efficiency in use of reducing agents in blast furnace (BF) ironmaking has been significantly imp...
The production of iron in blast furnaces is a complex of physical, chemical and mechanical processes...
The main objectives of blast-furnace operators include maximum production of pig iron of required ch...
In blast furnace ironmaking one major challenge is to control and measure the alkalis circulating an...
Fundamentals of processes for redn. of carbonates and silicates to CO, K, Na, Si, SiO2 and FeO in bl...
It is widely recognized that alkali metals, such as, potassium and sodium can cause operational prob...
The present study concerns itself on the adverse effects of alkaline elements like sodium and potass...
The enrichment of alkali in the blast furnace has been proven to be a catalyst of coke gasification ...
Sintering process is a summary of physical, thermal, and physical-chemical processes taking place si...
A better understanding of the influence of raw material quality on furnace performance has formed ...
W artykule przedstawiono kształtowanie się zawartości alkaliów w próbkach węglowego i mikroporowateg...
This article analyzes the effect of zinc in the blast furnace process and it also analysis its conte...
The paper analyses the quality of raw materials used in the production of blast furnace pig iron. Th...
22.00; Translated from Russian (Stal' 1987 (11) p. 53-55)Available from British Library Document Sup...
A series of adsorption - alkalization experiments were conducted in a muffle furnace on two types of...
The efficiency in use of reducing agents in blast furnace (BF) ironmaking has been significantly imp...